Administrator Guide

NOTE: The command line help still displays relevant details corresponding to each of these commands. However, these
interface range or interface group commands are not supported when Management VRF is configured.
Configuring a Static Route
To configure a static route, perform the following steps:
Table 136. Configuring a Static Route
Task Command Syntax Command Mode
Configure a static route that points to a
management interface.
management route ip-address
mask managementethernet
ormanagement route ipv6-address
prefix-length
managementethernet
NOTE: You can also have the
management route to point to a
front-end port in case of the
management VRF. For example:
management route 2::/64 te 0/0.
CONFIGURATION
To configure a static entry in the IPv6 neighbor discovery, perform the following steps:
Table 137. Configuring a Static Entry in the IPv6 Neighbor Discovery
Task Command Syntax Command Mode
Configure a static neighbor. CONFIGURATION
Route Leaking VRFs
Static routes can be used to redistribute routes between non-default to default/non-default VRF and vice-versa.
You can configure route leaking between two VRFs using the following command: ip route vrf x.x.x.x s.s.s.s
nh.nh.nh.nh vrf default.
This command indicates that packets that are destined to x.x.x.x/s.s.s.s are reachable through nh.nh.nh.nh in the default VRF
table. Meaning, the routes to x.x.x.x/s.s.s.s are leaked from the default VRF routing table into the non-default VRF routing table.
NOTE:
The Dell EMC Networking OS supports route leaking only for transit traffic. If the system receives a packet on
one VRF which is destined to another VRF, the packet is routed to that destination. If the system receives a packet on
one VRF which is destined to the same device (such as a ping), they system drops the packet.
The following example illustrates how route leaking between two VRFs can be performed:
interface TenGigabitEthernet 0/9
ip vrf forwarding VRF1
ip address 120.0.0.1/24
interface TenGigabitEthernet 0/10
ip vrf forwarding VRF2
ip address 140.0.0.1/24
ip route vrf VRF1 20.0.0.0/16 140.0.0.2 vrf VRF2
ip route vrf VRF2 40.0.0.0/16 120.0.0.2 vrf VRF1
Sample VRF Configuration
The following configuration illustrates a typical VRF set-up.
958
Virtual Routing and Forwarding (VRF)